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    • 3. 发明授权
    • Fast inventory matching algorithm for the process industry
    • 快速库存匹配算法为流程行业
    • US6044361A
    • 2000-03-28
    • US47275
    • 1998-03-24
    • Jayant R. KalagnanamHo Soo LeeMark Elliot Trumbo
    • Jayant R. KalagnanamHo Soo LeeMark Elliot Trumbo
    • G06Q10/04G06Q10/08G06F17/00
    • G06Q10/04G06Q10/087G06Q10/0875
    • A fast computer implemented method generates near-optimal solutions to the multi-objective inventory matching problem by solving for multiple objectives simultaneously and generating multiple non-dominating solutions. The method implements a multi-assignment backjumping algorithm that consists of three steps. The first step is a rappeling step in which a feasible solution is created by applying Iterative Bipartite Matching and maximum flow algorithm. Near-optimal feasible solutions are stored in a non dominated set. The second step is to use a multi-key sort to identify undesirable matches in a given feasible solution. The third step is backlifting the solution by removing undesirable matches from the feasible solution and places those undesirable matches on a no good set of matches. If the feasible solution is non-dominated, a copy is stored in a non-dominated set. The feasible solution is finally provided as input to the repelling step.
    • 快速计算机实现方法通过同时解决多个目标并生成多个非主导解决方案,为多目标库存匹配问题生成近似最优解。 该方法实现了由三个步骤组成的多分配反向算法。 第一步是通过应用迭代双边匹配和最大流算法创建可行解决方案。 近似最优可行解存储在非主导集中。 第二步是使用多键排序来识别给定的可行解决方案中的不合需要的匹配。 第三步是通过从可行解决方案中移除不需要的匹配来解决问题,并将这些不合需要的匹配放在一组不错的匹配上。 如果可行的解决方案是非主导的,则将副本存储在非主导的集合中。 最终提供可行的解决方案作为排斥步骤的输入。
    • 5. 发明授权
    • System and method for configuring sell bids
    • 用于配置出价的系统和方法
    • US06892195B2
    • 2005-05-10
    • US09848426
    • 2001-05-04
    • Juhnyoung LeeHo Soo Lee
    • Juhnyoung LeeHo Soo Lee
    • G06N5/04G06Q40/04
    • G06Q40/04
    • A system and method for configuring sell bids. The system and method use rules and inference engines in order to configure sell bids in view of Request for Quotes (RFQs). The system and method include a data aggregator that integrates data from two or more enterprise data sources into an aggregated enterprise database and a knowledge base database. A bid configurator constructs one or more sell bid candidates for one or more target RFQs by using at least one inference engine and the extracted facts and rules from the knowledge database.
    • 一种用于配置出价的系统和方法。 系统和方法使用规则和推理引擎,以便根据请求报价(RFQ)配置出价。 该系统和方法包括将来自两个或多个企业数据源的数据集成到聚合企业数据库和知识库数据库中的数据聚合器。 出价配置者通过使用至少一个推理引擎和从知识数据库提取的事实和规则来构造一个或多个目标RFQ的一个或多个销售出价候选者。
    • 7. 发明授权
    • Oil suction device for hermetically sealed compressor
    • 气密式压缩机吸油装置
    • US06182794B2
    • 2001-02-06
    • US08957594
    • 1997-10-24
    • Ho Soo Lee
    • Ho Soo Lee
    • F04B3902
    • F04B39/0253F04C29/025
    • An oil suction propeller structure for a hermetically sealed compressor includes a rotor, a crank shaft pressure-inserted in the rotor, an oil guide piece pressure-inserted in a lower portion of the crank shaft, a lower wing fixedly inserted in the oil guide piece and soaked in an oil, an upper wing having a width thereof wider than that of the lower wing, and an intermediate portion extending from the lower wing and gradually broadening in width toward the upper wing. The oil suction propeller structure improves oil supply capacity, and minimizes a whirling sound and a dropping noise which may occur during the rotation of the oil guide piece and the oil suction propeller thereof, for thereby enhancing reliability of the hermetically sealed compressor.
    • 用于气密密封的压缩机的吸油螺旋桨结构包括:转子,压力插入转子中的曲轴,压入插入曲轴下部的导油件;固定插入导油件 并浸渍在油中,其宽度比下翼宽的上翼,以及从下翼延伸并逐渐变宽向上翼的中间部。 吸油螺旋桨结构改善了供油能力,并且最小化了导油件和其吸油螺旋桨旋转期间可能发生的旋转声音和下降噪音,从而提高了密封式压缩机的可靠性。
    • 8. 发明授权
    • Method for creating a direct hot charge rolling production schedule at a
steel plant
    • 在钢铁厂建立直接热轧生产计划的方法
    • US5808891A
    • 1998-09-15
    • US688573
    • 1996-07-30
    • Ho Soo LeeMark Elliot Trumbo
    • Ho Soo LeeMark Elliot Trumbo
    • G05B19/418G05B19/42
    • G05B19/41865Y02P90/20Y10S706/904
    • A scheduling method suitable for use in a primary steel production area operating in either direct rolling or direct hot charge rolling modes, collectively referred to as synchronized rolling. The steel production area comprising a continuous caster, for input of slabs to a hot strip mill. An order load for some finite period (e.g. one week) is received as input to the method. The method generates a caster schedule and a hot strip mill schedule which fills the order load with the objective of operating the continuous caster and the hot strip mill with minimal interruption. The generated schedule works within the constraints imposed by both the continuous caster and the hot strip mill. The schedule generation process also considers key operating constraints of individual facilities as well as those on which the facility has dependencies. The schedule also addresses objectives such as maximizing throughput, maximizing on-time delivery, and minimizing operating costs.
    • 适用于以直接轧制或直接热轧轧制方式运行的主钢生产区域的调度方法,统称为同步轧制。 钢生产区域包括连铸机,用于将板坯输入热轧机。 作为该方法的输入接收一些有限周期(例如一周)的订单负载。 该方法生成施法者计划和热轧带钢轧机计划,其填充订单负载,以连续铸造机和热轧带钢轧机的操作为中心。 生成的计划在连续铸造机和热轧带钢厂施加的约束条件下工作。 时间表生成过程还考虑了各个设施以及设施依赖关系的关键操作限制。 该计划还涉及目标,例如最大化吞吐量,最大限度地提高准时交货,并最大限度地降低运营成本。